# Megaelectron-volts to Btu (15.8°C, ISO)

Btu (15.8°C, ISO) to Megaelectron-volts (Swap Units)

Format
Accuracy

Note: Fractional results are rounded to the nearest 1/64. For a more accurate answer please select 'decimal' from the options above the result.

Note: You can increase or decrease the accuracy of this answer by selecting the number of significant figures required from the options above the result.

Note: For a pure decimal result please select 'decimal' from the options above the result.

Show formula

## Megaelectron-volts to Btu (15.8°C, ISO) formula

Btu (15.8°C, ISO) =
MeV * 0.00000000000000015194

Show working
Show result in exponential format
More information: Megaelectron-volts
More information: Btu (15.8°C, ISO)

## Megaelectron-volts

One megaelectron volt is the energy acquired by an electron when accelerated through a potential difference of 1,000,000 volts.It is equal to 1.602 Ã— 10âˆ’13 joules.

## Megaelectron-volts to Btu (15.8°C, ISO) formula

Btu (15.8°C, ISO) =
MeV * 0.00000000000000015194

## Btu (15.8°C, ISO)

One BTU is defined as the energy required at 1 atmosphere to heat 1 avoirdupois pound of liquid water by 1 degree Fahrenheit. One Btu (15.8°C, ISO) equates to 1,054.5 J

## Megaelectron-volts to Btu (15.8°C, ISO) table

Start
Increments
Accuracy
Format
Print table
< Smaller Values Larger Values >
Megaelectron-volts Btu (15.8°C, ISO)
0MeV 0.00Btu (15.8°C, ISO)
1MeV 0.00Btu (15.8°C, ISO)
2MeV 0.00Btu (15.8°C, ISO)
3MeV 0.00Btu (15.8°C, ISO)
4MeV 0.00Btu (15.8°C, ISO)
5MeV 0.00Btu (15.8°C, ISO)
6MeV 0.00Btu (15.8°C, ISO)
7MeV 0.00Btu (15.8°C, ISO)
8MeV 0.00Btu (15.8°C, ISO)
9MeV 0.00Btu (15.8°C, ISO)
10MeV 0.00Btu (15.8°C, ISO)
11MeV 0.00Btu (15.8°C, ISO)
12MeV 0.00Btu (15.8°C, ISO)
13MeV 0.00Btu (15.8°C, ISO)
14MeV 0.00Btu (15.8°C, ISO)
15MeV 0.00Btu (15.8°C, ISO)
16MeV 0.00Btu (15.8°C, ISO)
17MeV 0.00Btu (15.8°C, ISO)
18MeV 0.00Btu (15.8°C, ISO)
19MeV 0.00Btu (15.8°C, ISO)
Megaelectron-volts Btu (15.8°C, ISO)
20MeV 0.00Btu (15.8°C, ISO)
21MeV 0.00Btu (15.8°C, ISO)
22MeV 0.00Btu (15.8°C, ISO)
23MeV 0.00Btu (15.8°C, ISO)
24MeV 0.00Btu (15.8°C, ISO)
25MeV 0.00Btu (15.8°C, ISO)
26MeV 0.00Btu (15.8°C, ISO)
27MeV 0.00Btu (15.8°C, ISO)
28MeV 0.00Btu (15.8°C, ISO)
29MeV 0.00Btu (15.8°C, ISO)
30MeV 0.00Btu (15.8°C, ISO)
31MeV 0.00Btu (15.8°C, ISO)
32MeV 0.00Btu (15.8°C, ISO)
33MeV 0.00Btu (15.8°C, ISO)
34MeV 0.00Btu (15.8°C, ISO)
35MeV 0.00Btu (15.8°C, ISO)
36MeV 0.00Btu (15.8°C, ISO)
37MeV 0.00Btu (15.8°C, ISO)
38MeV 0.00Btu (15.8°C, ISO)
39MeV 0.00Btu (15.8°C, ISO)
Megaelectron-volts Btu (15.8°C, ISO)
40MeV 0.00Btu (15.8°C, ISO)
41MeV 0.00Btu (15.8°C, ISO)
42MeV 0.00Btu (15.8°C, ISO)
43MeV 0.00Btu (15.8°C, ISO)
44MeV 0.00Btu (15.8°C, ISO)
45MeV 0.00Btu (15.8°C, ISO)
46MeV 0.00Btu (15.8°C, ISO)
47MeV 0.00Btu (15.8°C, ISO)
48MeV 0.00Btu (15.8°C, ISO)
49MeV 0.00Btu (15.8°C, ISO)
50MeV 0.00Btu (15.8°C, ISO)
51MeV 0.00Btu (15.8°C, ISO)
52MeV 0.00Btu (15.8°C, ISO)
53MeV 0.00Btu (15.8°C, ISO)
54MeV 0.00Btu (15.8°C, ISO)
55MeV 0.00Btu (15.8°C, ISO)
56MeV 0.00Btu (15.8°C, ISO)
57MeV 0.00Btu (15.8°C, ISO)
58MeV 0.00Btu (15.8°C, ISO)
59MeV 0.00Btu (15.8°C, ISO)